2. Sami Lottes Team Leader Electrical Engineer David Sawyer ElliottChief Engineer Mechanical Engineering Coty Winchell Mechanical Engineering Michael Ballow Mechanical Engineering Sam Rondeau Mechanical Engineering Mike BrusehaberEDGE Director Electrical Engineering

3.  BACKGROUND  PROJECT DELIVERABLES  USE SCENARIO  STAKEHOLDERS  REQUIREMENTS  PROJECT PLAN  CONCERNS  ACTION PLANS

4.  Suction Feeding  Particle Image Velocimetry (PIV)  Doppler Ultrasound ◦ Doppler used in other fields  Blood vessels  Stirred vessel flows (sewage water treatment)

5.  Dr. Day  Fish  Scientist  MSD Group P15362  Allan Andranikian  RIT

6.  Current State: ◦ Dr. Day previous PIV testing ◦ http://www.youtube.com/watch?v=OHivHHmYSDc http://www.youtube.com/watch?v=OHivHHmYSDc  Desired State: ◦ Design and Build a test rig that will utilize PIV and DUS ◦ Data acquisition and velocity profiles

7.  Project Goals: ◦ A fully functional test rig, capable of returning raw data from both PIV and Doppler Ultrasound devices.  The data will be analyzed by Dr. Day ◦ The tests will compare the results of Doppler ultrasound and PIV

8. Create a test rig that has fully automated parts  Fully automated tracking system  Automated feeding device  Automated as to when to take video of the fish feeding  Automatically output data ◦ Have the data results appear onto one interface  Contraints: ◦ Follow the RIT IACUC  Keep the fish safe ◦ Safe to use

9. Researcher: Positions rig in the appropriate location with respect to the tank Researcher: Powers the main computer and rig Researcher: Launches test GUI Researcher: Insures proper particulate is in the feeding tank Test Rig: Initializes software Test Rig: Initializes rig and sensors Researcher: Loads automatic fish feeder Researcher: Clicks start on the GUI Test Rig: Filtering pump is powered down Test Rig: Powers PIV and Ultra sound equipment Test Rig: Prepares bait for feeding Test Rig: Starts fish tracking Test Rig: Automatic feeder places bait in the tank Fish: Moves towards bait Fish: Starts suction feeding Test Rig: Data capture is triggered Fish: Suction feeding ends Test Rig: Stops data capture Test Rig: Stops tracking Test Rig: Aggregates data Test Rig: Stores data Test Rig: Formats the data Test Rig : Presents data Test Rig: Prompts user for export preferences Researcher: Provides export preferences Test Rig: Resets for continued testing Researcher: Determines whether or not to continue testing Researcher: Clicks stop button Researcher: powers down the test rig Researcher: Closes the GUI

10. Importance: 1 = Highest Priority, 2 = Medium Priority, 3 = Lowest Priority

13. TaskAssigned ToDurationStartFinish% Completed Problem Definition Research other tests using DUS and PIVJack/Carmy4 days9/1/20149/5/20145% Determine accessibility of DUSCoty1 day9/4/2014 95% Confirm size restrictions of test rigCoty1 day9/4/2014 80% Determine preliminary cost estimates1 day9/4/2014 Gain approval from RIT IACUC for using live fish/ restrictions of use14 days10/8/2014 Decide between a moveable or stationary test rigDr Day2 days9/4/2014 95% Call Dr Williamson in California for test rig informationJack7 day9/19/2014 Systems Design Determine the amount of data coming from hardwareSawyer21 days10/3/2014 Determine data acquisition speedSawyer5 days9/4/201410/3/2014100% Choose software for data acquisition and compilation (*MATLAB or LABVIEW)Sawyer14 days9/4/201410/3/201450% Choose controller softwareSawyer14 days9/4/201410/3/2014 Develop feasability diagram9/15/201410/3/2014 Concept generation9/15/201410/3/2014 Concept selection9/15/201410/3/2014 Concept integration9/15/201410/3/2014

14.  Doppler Ultrasound device  Size & Weight of Test Rig  Fish Feeder  Use of PIV  Data Acquisition  Process Speed of Machines

15.  Keep updating the project plan  Continue to meet with Dr. Day  Update Engineering Requirements  Meet every week or when necessary  Demo from Dr. Day  Continuation of Research

16. Any questions or Concerns?